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Intel® Advanced Vector Extensions Improve Performance

Overview of Intel® Advanced Vector Extensions, which are ideal for floating point-intensive apps, including links to support tools and documents.

Image Signal Processing of Intel® Core™ Processors: Presentation

Presentation: Gives metrics for image signal processing performance of Intel® Core™2 Duo and Intel® Core™ i5/i7 processors. (v.1, July 2011)

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Intel® Advanced Vector Extensions for Floating Point Applications

Overview of Intel® Advanced Vector Extensions, which improve data management, media processing, 3D modeling, and financial analytics.

Intel® Advanced Vector Extensions Improve Performance

Overview of Intel® Advanced Vector Extensions, which are ideal for floating point-intensive apps, including links to support tools and documents.

Intel® Advanced Vector Extensions for Floating Point Applications

Overview of Intel® Advanced Vector Extensions, which improve data management, media processing, 3D modeling, and financial analytics.

Minimize the Impact of Virtualization

Learn how to minimize the impact of virtualization on interrupt latency and Intel® AVX while improving the performance of both. (v.001, Aug. 2011)

Intel® Advanced Vector Extensions Realization of IIR Filter

Provides an understanding of the infinite impulse response (IIR) filter implementation with Intel® Advanced Vector Extensions SIMD instruction set.

Intel® Advanced Vector Extensions Realization of IIR Filter

Provides an understanding of the infinite impulse response (IIR) filter implementation with Intel® Advanced Vector Extensions SIMD instruction set.

Vectorization with Intel® C++ Compilers: Guide

Guide: Describes how to enable vectorization in the Intel® C++ Compilers, including how mainstream compilers analyze sequential code.

Replacing Real-Time Hardware with Multi-Core Software

Read Embedded Innovator Newsletter 2011: 6th Ed articles including DPI for LTE, Virtualized Performance, and Flexible Security. (Sept. 2011)